High Quality LVL Beams 240 x 65mm to embark your construction
Embark on a journey of construction excellence with premium-grade LVL beams, sized at 240 x 65mm. These high-quality engineered wood components redefine structural possibilities, offering robust support for a wide range of projects. From residential renovations to commercial complexes, these beams seamlessly blend strength and versatility, providing architects and builders with a dependable foundation for innovative designs. With an unwavering commitment to durability and reliability, these LVL beams ensure that your construction endeavors are characterized by both functionality and aesthetics. Join us in discovering how these beams empower the creation of enduring, remarkable spaces.
Refer to the Specifications below for specifications on the major types of LVL formwork supplied by ROCPLEX or contact us to discuss further your needs.
LVL Beams 240 x 65mm FAQ
Q: What are LVL beams?
A: LVL stands for Laminated Veneer Lumber. It is a type of engineered wood product made by bonding together thin layers of wood veneers with adhesives. LVL beams are commonly used as structural members in construction, and they offer high strength and stability.
Q: What are the dimensions of the 240 x 65mm LVL beam?
A: The 240 x 65mm LVL beam has a height of 240mm, a width of 65mm, and a length that can vary based on the specific application. These beams are available in different lengths, ranging from 2.4m to 6m or more.
Q: What is the weight of a 240 x 65mm LVL beam?
A: The weight of a 240 x 65mm LVL beam depends on the length and the density of the wood used in its construction. As an example, a 4m length of 240 x 65mm LVL beam made with pine wood may weigh around 42kg.
Q: What are some advantages of using LVL beams in construction?
A: LVL beams offer several advantages over traditional solid wood beams. They are stronger, more stable, and more uniform in size and shape. LVL beams also have a higher load-carrying capacity and are less prone to warping, twisting, and splitting. They can also be engineered to precise sizes and lengths, making them ideal for specific applications.